How gbarivazhagan/nozzle_design works
This is a small MATLAB nozzle-design utility. Its documented main workflow takes the specific-heat ratio and nozzle exit-to-throat ratio, then solves for isentropic nozzle geometry using the method of characteristics. The README also describes a simpler code version for examining stagnation-pressure and temperature variation; the file tree suggests the second script may serve that role, but no source excerpts are available to confirm its behavior or how the scripts are wired.
Main entry points: Nozzle_design_AESIR-1.m MOC nozzle design
Components 4
Nozzle design
- MOC nozzle design
Nozzle_design_AESIR-1.m - Parameter change
Nozzle_parameter_change.m
Other components
- Designer
- Nozzle geometry
Connections 2
- Designer → MOC nozzle design: provides inputs
- MOC nozzle design → Nozzle geometry: solves for